880192-1 Connectors, Interconnects

880192-1 is a structural component for attaching an electrical device or cable, such as a terminal, relay, or power supply, to an enclosure. It is commonly used in field applications where vibration is a problem and an extra layer of protection is required. The 880192-1 has integrated lugs to help secure the connection, and a threaded collar that provides adjustable compensation of up to 0.06” (1.5mm) for instance variations. Its robust construction ensures a constant contact pressure and high mechanical strength, even in harsh environments.

The 880192-1 is a two-piece terminal housing made from polyamid. The contact is held firmly inside the polyamid housing by two steel pins and its interior has a ribbed design to improve the pulling strength. The engaging parts of the contact are made from corrosion-resistant brass or copper. The housing can be mounted directly onto a grounding surface, such as metal, to provide a secure mechanical and electrical connection.

The 880192-1 consists of a terminal housing, a cable boot, and a grounding washer. The terminal housing provides a secure connection between the cable boot and the grounding surface. It is designed with an adjustable collar to accommodate a wide range of wire sizes and features an O-ring seal to protect against environmental contaminants. The cable boot is designed to fit securely over the cable, providing strain relief to the connection. The grounding washer secures the two parts of the 880192-1 together and provides electrical contact to the grounding surface.

The 880192-1 is easy to install and provides a reliable connection. It is often used in applications such as power supplies, relays, and ground connections, and has been tested to withstand up to 30 G of vibration. The 880192-1 is an ideal solution for applications where vibration is a concern, and it can provide years of service if installed correctly.

The 880192-1 is designed to be a cost-effective way to provide a secure and reliable connection in a range of industrial applications. It is designed to withstand vibration and offers a means of easily compensating for varying levels of instance variation. Its reliable design ensures years of reliable service, even in harsh environments.